Portfolio Charlotte Heinemann
CONTENTS curriculum vitae
4
PROFESSIONAL WORK
7
ACADEMIC WORK
13
REFERENCES
49
Résumé
PERSONAL Details Name Date of Birth
Charlotte Heinemann 10 December 1987
Education Oct. 2013 - June 2016
Master of Science Architecture Bauhaus University Weimar
Weimar, Germany
Oct. 2008 - July 2011
Bachelor of Science Architecture RWTH Aachen University
Aachen, Germany
Aug.1998 - June 2007
High School Diploma Bischöfliche Marienschule
Mönchengladbach, Germany
Jan. 2017 - May 2019
Hartmann Architekten BDA M. Sc. Architect
Mönchengladbach, Germany
Nov. 2013 - Dec. 2014
Bauhaus Research School Student Assistant
Weimar, Germany
Oct. 2012 - Sept. 2013
Arnold und Gladisch Architekten B. Sc. Architect
Berlin, Germany
Oct. 2011 - Sept. 2012
Arnold und Gladisch Architekten Internship
Berlin, Germany
Feb. 2009 - June 2011
Department for Building Design and Planning, RTWH Aachen Student Assistant
Aachen, Germany
June 2007 - May 2008
Work&Travel Food picker, Kitchen hand, Waitress
Australia
Work Experience
4
LANGUAGES German English Latin
Native speaker Fluently spoken and written Latinum
Computer Skills MS-Office iWork Adobe Graphisoft Bentley Systems Autodesk Autodesk Computerworks Trimble Navigation Ltd.
Word, Excel, Powerpoint Pages, Numbers, Keynote Photoshop, InDesign, Illustrator ArchiCAD MicroStation V8i Revit (basics) AutoCAD (basics) Vectorworks (basics) SketchUp (basics)
Professional Work 2017 - 2019 Residential / New Construction Neuhof-Quartier Apartment buildings 133 apartments
Outline proposals , detailed proposals, final proposals, building permission application, execution drawings, assistant project management
Mรถnchengladbach, Germany
Appraisal, strategic brief, outline proposals , detailed proposals, final proposals
Munich, Germany
Residential / New Construction Berlin Lake Suits Apartment buildings 10 apartments
Appraisal, strategic brief, outline proposals , detailed proposals, building permission application, final proposals
Berlin, Germany
Residential / New Construction Drachenburg Apartment buildings 26 apartments
Appraisal, strategic brief, outline proposals , detailed proposals, building permission application
Berlin, Germany
Residential / New Construction Project development Cottage area
Feasibility study
Heiligenhafen, Germany
Residential / New Construction Competition Compaction a housing estate 130 apartments
2nd prize, urban design, outline proposals , detailed proposals
Berlin, Germany
2012 - 2013 Office building / Renovation-Addition Creation of a decision-making structure for a project subject to special safety requirements 2011-2012
5
6
PROFESSIONAL Work
7
Neuhof Quartier RESIDENTIAL New Construction 2017-19 Mรถnchengladbach Hartmann Architekten BDA
Residential Building 10 Houses 133 Apartements 1 Underground car park The total of 133 apartments have living space between 50-160 square meters and are depending on their location with a garden area, balcony or roof terrace equipped. The floor plans are functional, modern and varied, so that many target groups are addressed with the project. The architecture is clear and cubic structured. Bright clinker straps and light gray plaster radiate friendliness and elegance. Large window fronts provide a bright living atmosphere. As modern as the faรงade is the technical design. The heating energy and the hot water come from an energy-saving, gas-fired combined heat and power plant. Thus, the townhouses and townhouses in the Neuhof district meet the energy standard KfW Efficiency House 55.
Rendering Perspective
Rendering Elevation View
Accessibility provides comfort in all stages of life. The apartments are infinitely accessible. You also do not know any inner-city car park worries: the Neuhof district has an underground car park from which you can easily take a lift to your floor.
Rendering Interior Perspective
8
9
BERLIN LAKE SUITeS RESIDENTIAL New Construction 2011-12 Berlin Arnold und Gladisch Architekten BDA Award Berlin 2018
Residential Building 1 Houses 10 Apartements 1 Underground car park Witzlebenplatz 3 is characterized by its excellent inner city location directly on the Berlin Lietzensee. The staging of the exclusive lake view is the basis for the design of the luxurious six-storey residential building. The building is extensively glazed and opens with its loggias to the water. Floor-to-ceiling windows and glass balustrades provide a clear view of the lake. Through the use of prestressed concrete ceilings, all twelve apartments are largely column-free and allow flexible use. Floor heights of up to 3.30 m in the light give the large rooms the right proportions.
10
Street View
Interior Bathroom
Interior Livingroom
11
12
Academic Work
13
Vale! Rooms for valediction SS 2011/ RWTH Aachen University Bachelor thesis Chair of Room Design Univ.-Prof. Dipl.-Ing. Uwe Schröder
Black Plan
Schwarzplan M 1:2500
Chair of Constructive Design Univ.-Prof. Dipl.-Ing. Mirko Baum
The design is based primarily on the results of my seminar on Death and Grief in urban society. From these investigations I have developed the thesis that grief and farewell have increasingly become a private matter and are finding less and less space in today’s society and in urban areas. In my opinion, sadness and the associated vulnerability are at odds with our increasingly performanceoriented society and are increasingly becoming a marginal event in our everyday lives. That’s why it was important to me to design a place and a building that would help make mourning an integral part of our life in the city. With regard to our public building plot, I wondered how I could mediate between the circumstances of the place and the sensitive process of saying goodbye. As a result, I have a common ground between the people who seek the Park to relax and leisure activities, and the people who use the spaces to say goodbye,
Map
to create an integration of conflicting situations. The common feature is the loss and mourning for a deceased person. That’s why I have designed a space in my design that can be used by the public. In the existing wall there are niches in which you can leave individual memorabilia or letters. The square is visible from the park to illustrate the presence of grief in the urban area. In addition, the building has no doors visible from the outside and the path from the outside flows into the building to create a barely noticeable threshold between public and private. In addition, the Parkweg on the edge of the riverbank becomes a common path to illustrate the naturalness of death in space. The tower forms a landmark in the context of urban planning, which gives the park-oriented building a reference 14
to the urban space and signals the public of the building.
Lageplan M 1:500
Moreover, it is not only architecturally, but also functionally, a contrast to the extroverted aligned bar. The tower offers the individual the opportunity to retreat and the deliberate spatial delimitation. Free accessibility is intended to express the equal rights of the people in the park and the farewell people in the place. The rooms of the farewell received by two vestibules a clear, but barely noticeable demarcation to the exterior. The covered entrance area is visible from the outside. The light, which can be seen at the end, and the wall lead into a private outdoor area, from where one enters the room of farewell. The outdoor area offers the opportunity to open the room to the outside without losing intimacy.
15
Elevation
A
C
B
Ground Floor
Grundriss M 1:10
Section A-A
Schnitt A M 1:100
Section B-B
Schnitt B M 1:100
16
Pictogram
00
Section
Aussicht Turm
Vorraum
Raum des Abschieds
Innenraumperspektive
Perspectives
17
Modell Photo Building Shape
Modell Photo Room for Valediction
18
Modell Photo Public Space
Modell Photo Function Room
19
Objet trouve! WS 2013-14 / Bauhaus Universität Weimar Andrea Palladio - Villa Rotonda Chair of Basics of Designing Univ.-Prof. Dipl.-Ing. Heike Büttner
Villa Rotonda
What makes an object into an object and why does Andrea Palladio speak of an “object-like” character in the Villa Rotonda? An object is bound to properties that make it clear to our senses. There are, for example, the material, the shape, the colors, the feel, the dimension and the local context. Linked, these give an overall picture and are partially indispensable for the function and thus the meaning of the object. By deliberately changing these characteristic features, the object gains a new validity and enables a new view of the object. When looking at the Villa Rotonda, it is striking that its unison and its position in the room, presented on a hill, contribute to its object-like character. This simultaneity, the repeatability, the openings, which again reflect a new opening, are already evident in the bypassing and viewing of the building and are also legible in the floor plan. On further abstraction, this again shows a repetition of four basic forms, which
in combination represent the layout of the Villa Rotonda. A new arrangement and combination of these four basic forms allow new spaces to be created. These spaces may be rectangular or round, as found at Villa Rotonda, or may represent a new free and flowing floor plan. The free and flowing floor plan, which does not clearly define any space, is in contrast to our understanding of today’s building. The desire for a separate room is increasing, the front doors are becoming more and more massive, the fences are getting higher and even within the family every child wants their own room. The apartment has become a status symbol and an important representative place for its inhabitants. Furnishing tips and deco ideas from the mass media help him underline his individual character. At the same time, the number of single households and living space per person is increasing. This of course follows a growing demand for living space. Especially in the 20
ever-growing cities, housing is becoming increasingly valuable. Rents are rising, open spaces are being developed, it is being sealed up. Of course, there are the questions of what living in the future will look like. Will there still be free space, not only in the city, but also in our lives, which are not accelerated and economically optimized? Riken Yamamoto’s architectural project Shinonome Canal Court Block1 in Tokyo architecturally responds to the lack of open space in the urban space and places it vertically in its façade. As a follow-up and to support his thoughts and as a kind of manual for the creation of open spaces in the increasingly densely populated cities, the four basic forms should radically create the necessary freedom. The free and flowing floor plans should be understood as a food for thought for alternative forms of living.
What makes an object an object?
What makes the Villa Rotonda an object?
21
Abstracted floor plan ...
... resolved ...
... newly combined.
22
Isometry Housing
Possible Combinations
Elements
23
City Map
Map
24
Isometry
25
Modell
Modell
26
Modell
Modell
27
DISTRICT. Building. Block. SS 2014 / Bauhaus University Weimar House building Chair of Design and Housing Prof. Mag. Arch. Walter Stamm-Teske
This design was about dealing with affordable housing. For this purpose, the students were quartered for a day and a night in a freestanding apartment block. The personal experience should help us with the later planning. In addition, the students were sent in groups to the individual prefabricated building areas in Erfurt to analyze them. To expand these findings, an excursion to Amsterdam, Utrecht, Roermond and Gouda took place. There we visited extensively different housing projects. The task was now to first create a master plan for an allocated prefabricated building area in Erfurt to create a more attractive residential area: the Moscow Square is a prefabricated building in the north of the Thuringian capital. It was built in the 1980s and belongs to the residential complex Erfurt-Nord. In order to increase the quality of the area, the river “Gera” was drained to a lake under the heading “Living with a lake”. The lake should have a positive influence on the quality of stay and leisure activities in this area. Referring to the excursion to the Netherlands, the next
Panel building - Erfurt
Venetiehof - KNSM Eiland Amsterdam
Moskauer Platz - Erfurt
Residential building - Utrecht
Panel building experience - Erfurt
Residential building - Amsterdam
28
Schwarzplan Moskauerplatz - Bestand
Schwarzplan Moskauerplatz - Masterplan
Map
step was the design of a residential complex. In the planning, the emphasis was particularly on the economics of the building. For this reason, we dealt in the associated seminar, especially with prefabricated construction in housing. In my design, I have two bars planned at the sea edge. These should benefit from the quality of the view on the lake and have direct access to the lake through a communal area on the ground floor. The
building consists of three floors with 15 residential units. It will be opened by a spacious shared corridor with two stairs and a lift. In addition, each floor has a common area. On the sides there are two family flats per floor, which have an open, flexible floor plan. In between are three smaller 1-2 person apartments, which also have an open floor plan. The special feature of these apartments is the open view into the hallway. There are 29
windows, which provide additional exposure and strengthen the community feeling of the inhabitants (after Dutch model). The common room offers additional living space for celebrations or serves as an open work area. In addition, each apartment has its own balcony to the lake side. In order to improve the economic efficiency, it was planned to make the sanitary cores as prefabricated construction product.
Floor Plan Level 02
Floor Plan Level 01
Ground Floor
Elevation view
30
Axonometry
31
Perspective
32
33
On top of the line _3,9 km off limits WS 2014-15/ Bauhaus Universität Weimar Chair Basics of Designing Univ.-Prof. Dipl.-Ing. Heike Büttner
Map
Railway station Wernerwerk
Railway station Siemensstadt
Train tracks
desire to own property is declining and awareness of a sustainable and environmentally friendly lifestyle is growing. Rooms are to be planned that can only be used and rented temporarily and on their own demand. The target group of this project are above all young artists, photographers, architects, students, designers, craftsmen and creative freelancers. The demand for studios and work spaces in Berlin is large and growing in parallel with the rental prices. Affordable space gives way to expensive investor projects. For young artists and students, these rooms are hardly affordable. The “Kollektiv Siemensbahn” project aims to create a new, affordable location for workspaces, studios, workshops, etc. These movable rooms can be rented or self-built.They can be gradually put on the tracks so that the place
of demand can adapt. It is up to the users whether they want to have their own car in permanent possession or to offer a car for rent. Conceivably, e.g. Showrooms, kitchens, gardens, toilet facilities, bars, etc. that can be rented for special events. Due to the possibility of moving the bodies on the tracks, various conceivable constellations and new working groups can be formed. The great distances that otherwise exist within Berlin can thus be overcome temporarily and create new career prospects and opportunities for young artists. A place with many creative ideas that is constantly in motion and thereby initiates new approaches will emerge.
Collective Siemensbahn The Siemensbahn in Berlin was built in 1929 and remained in operation until 1980. Since then she has been lying there waiting for a new task. There are many such closed railway lines, which is why a solution should be found that can be transferred to other railways. The “Kollektiv Siemensbahn” project aims to use the existing substance and supplement it only in isolated places and as little as possible with additions. The tracks offer the possibility of movement. Rooms and places can be arranged that can move to and from each other. This results in several advantages which the “Kollektiv Siemensbahn” makes for their benefit. Through the movement of the spaces they can grow and shrink. They can work individually or in combination. This principle can be described as “roomsharing” and follows the increasing trend in large cities for sharing projects. There are shared cars, bicycles, apartments, food, tools and furniture. The
34
In order to optimize the existing building for the intended use, a few components are added meaningfully. On the one hand, it
Pictogramm
Modell photos
Modules
must be ensured that the rooms can move past each other. So additional tracks must be created, which run up, down or next to the railway lines and thus enable a constant movement. On the other hand, paths between and next to the tracks have to be built so that people can walk to the cars. A selfsustaining road network is to be created next to and between the track system. The existing disused sta-
tions are being expanded into platforms that can be used as an additional location for events with many visitors. There are also toilet facilities, showers and a kitchen permanently installed. It should create a fixed address and contact point for public traffic. In order to integrate the existing environment into the project, the rooms should be used below and next to the tracks in order to create fixed ad35
dresses. These addresses are ostensibly used by local residents and can be rented. Thus, the project should be made attractive to residents without artistic ambitions. Bakers, stationery or Fruit merchants should benefit from the new settlers and create an interface between them and the existing population.
,,Ich brauche Platz!�
36
37
OUTDOOR SCHOOL WS 2015-16/ Bauhaus University Weimar Master Thesis Chair of Basics of Designing Univ.-Prof. Dipl.-Ing. Heike Büttner
IMPORTANCE OF THE OUTDOOR SCHOOL IN THE PAST
CONSTRUCTION
URBAN In growing cities like Berlin, land becomes more and more valuable. In order to save space, the school has the smallest possible side length of 28 mx 28 m (784 m 2). It reaches a height of 48 m (skyscraper). Not only the usable areas, but also the green spaces were integrated into the building and stacked. This creates a flexible self-sufficient building, a prototype that can also exist at other locations in the city.
School as an instrument of disease prophylaxis The outdoor schools have been forgotten. They were founded in the early 20th century for children at risk of tuberculosis. They offered medical treatment and appropriate instruction. Its foundation is based on the accumulated experience of the pulmonary hospitals since 1860. As they are on the verge of traditional school facilities, they became an educational and architectural field of experimentation under the influence of the action trio teachers doctors and architects, whose cooperation was crucial. TRANSLATION IN DRAFT School buildings can and should look different than the familiar, functional concrete boxes of the 1970s and 1980s, which many still have from their own experience in the inner eye. In addition, a new architecture can have a positive impact on the health awareness of schoolchildren. The aim of my master’s thesis is to use the idea of the open-air school to develop a new school typology.
PROPERTY The plot for my design is located in Berlin MitteFriedrichshain on the Holzmarktstraße. There it joins the currently planned Eckwerk (technology center and alternative living space for artists and founders), the Holzmarkt village and the Radialsystem V (place for art and ideas). The school and the children should benefit from and complement the creative neighborhood. The village structures can promote a natural corrective and oppose the partially negative one-sided influence of the parents.
38
The building consists of a solid core and a light translucent shell. The massive foundation consists of 45-50 cm thick concrete walls. In the area of the rooms a perforated facade was planned, which makes the massiveness of the walls perceptible, but also lets in a lot of light into the building. The concrete floors are stretched between the cores, so that the facade carries only its own weight. In the area of development and sanitary cores, insulation is not required. There anchors are embedded in the wall on which the revolving ramp is mounted. The ramp consists of a composite ceiling made of concrete and trapezoidal sheet metal. The concrete is provided with an anti-slip coating. To emphasize the separation of exterior and interior, a small visual gap is left between the ramp and the concrete wall. The ramp is 2.10 m wide, so that at 1.50 m escape route width 60 cm are still available for planting. The ramp is used in addition to the development as a sunscreen. In the middle of the ramp there is a small fugue, where the rainwater is collected and directed to a drainage pipe below the ramp. In front of the ramp is a grid of metal pipes. This serves as a fall protection and varies in the density of rods, so that in front of the windows of the classrooms an additional sun protection is available. The metal grid and the ramp are attached to steel pipes embedded in foundations on the ground. The steel tube consists of individual elements, which are connected to each other at the interface with the ramp. The walls are mostly plastered white and in some rooms accentuated. The floor in the rooms is made of
Black plan
Schwarzplan M 1_5000
Elavation HOLZMARKT
FREILUFTSCHULE
RADIALSYSTEM V
Ansicht M 1_1000
Map
39 Lageplan M 1_1000
natural and environmentally friendly cork, because it is insulating and has a positive effect on the acoustics. The windows in the rooms are openable. In addition, an air gap in the roof window to ensure permanent air circulation in the atrium. The fall protection in the rooms to the atrium consists of shelves to create storage space for books and other materials. HEALTH Move
Due to the typology every need for sun is possible. There is a total of approx. 400 m2 of planting area and a nursery where children can be taught and grow and repot plants. Of course, vegetables should also be grown, which is then processed in the kitchen. Each class has its own beds directly in front of the classroom, so that the children can watch the growth and feel responsible for their plants.
independence Incorrect self-esteem and mental stress can result from s.g. Helicopter parents are
Creativity
Planning the school building as a skyscraper causes a vertical movement, and exercise promotes good health. The ramp, which spirals upwards around the building, deliberately extends the children’s way to school. Per floor, the children have to walk about 100 m on foot, to the roof about 1100 m. There is also a track where children can let off steam above the rooftops of Berlin.
The space for creativity has been allocated a little more space than the classrooms. On the one hand, this expresses a new value, on the other hand, children increasingly spend more time in school. In the afternoons at school, children can engage in meaningful employment and develop themselves creatively. The offer goes from atelier, workshop and pottery, to the darkroom, music room and textile workshop.
planting
togetherness
On the ramp are boxes and pots, which are planted and maintained by the children.
The opening of the classroom to the atrium should, on the one hand, promote the feeling of togetherness among the children and, on the other, convey consideration and a sense of responsibility. In addition, the communication of the children with each other should be supported and language barriers disappear. Joining together is strengthened by webs, which connect the spaces functionally, but also symbolically, through the atrium.
40
caused. Through the onedimensional development, a spatial separation of parents and children is possible. The parents are only allowed access to the ground floor up to the first floor, where the parents’ room and the secretary’s office are located. The rest of the building is parent-free zone, so that the children can unfold uncontrollably from their parents. nutrition Awareness of healthy eating should be taught at school. For this reason, a school kitchen is planned on the ground floor in which the children should learn to prepare food. It is conceivable that the classes would alternately prepare lunch for the other children with support. A chicken coop is planned on the roof. There children learn responsibility and contact with animals can prevent allergies.
Axonometry
41
Lager
Lager
Ground Floor
Rampe 4,7%
Freiarbeit
+6.00 50 m2 Lehrerzimmer
24 Stg. 16,6/28,5
12 m2 Damen-WC
1,10x2,30 Aufzug
6 m2 Vorraum
12 m2 Herren-WC
Klasse 1A
+5.00 28 m2 Sekretariat
Klasse 1B
12 Stg. 16,6/28,5
+5.00 28 m2 Rektorat
+4.00 50 m2 Elternsprechzimmer
Lehrmittelraum
6 m2 Vorraum 1,10x2,30 Aufzug
24 Stg. 16,6/28,5
12,5 m2 Arzt
12,5 m2 Hausmeister
4,5 m2 WC
Rampe 4,7%
Floor Plan Level 01
Floor Plan Level 02
42
Atelier
Freiarbeit
Klasse 2A
Klasse 3A
Klasse 2B
Klasse 3B
G rtnerei
Atelier
Fotolabor
Floor Plan Level 03
Floor Plan Level 04
T pferraum
Klasse 4A
Freiarbeit
Klasse 4B
Klasse 5A
Klasse 5B
Textilwerkstatt
Werkstatt
Floor Plan Level 05
Floor Plan Level 06
Musik
Klasse 6A
Klasse 6B
Musik
Floor Plan Level 07
Floor Plan Level 08
43
Elevation view South-West
44
Section
45
Axonometry
Perspective Atrium
46
Perspective Rampe
Perspective Aula
47
48
REFERENCES Dipl. Ing. Holger P. Hartmann Hartmann Architekten BDA Marienkirchstraße 9 41061 Mönchengladbach + 49 (0) 21 61 20 88 56 mail@hartmann-architekten.de www.hartmann-architekten.de Prof. Dipl.-Ing. Heike Büttner Geschwister-Scholl-Straße 8 99423 Weimar +49 (0) 3643 58 35 25 entwerfen@archit.uni-weimar.de www.uni-weimar.de UTE MAI Bauhaus Research School Marienstraße 14, 99423 Weimar +49 (0) 36 43 58 41 02 ute.mai@uni-weimar.de www.uni-weimar.de DIPL. ING. MATTHIAS GLADISCH DIPL. ING. FRANK ARNOLD Arnold und Gladisch Gesellschaft von Architekten mbH Belziger Straße 25 10823 Berlin +49 (0) 30 2332 9800 info@arnoldundgladisch.de www.arnoldundgladisch.de Univ.-Prof. Dipl.-Ing.Sabine brück Reiffmuseum RWTH Aachen Schinkelstr. 1 52062 Aachen +49 (0) 24 180 938 68 info@bauplan.arch.rwth-aachen.de https://bauplan.arch.rwth-aachen.de
49
Thank you for your attention.